Mycorrhizal fungi arbuscular in forage grasses cultivated in Cerrado soil

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作者
Leidiane dos Santos Lucas
Aurelio Rubio Neto
Jadson Belem de Moura
Rodrigo Fernandes de Souza
Maria Eduarda Fernandes Santos
Lorena Fernandes de Moura
Elitania Gomes Xavier
José Mateus dos Santos
Ryan Nehring
Sandro Dutra e Silva
机构
[1] Instituto Federal Goiano,Graduate Studies in Agricultural Sciences / Agronomy
[2] Evangelical College of Goianésia,Sedmo
[3] State University of Goiás, Soil Research Group, Ecology and Dynamics of Organic Matter
[4] SEMPA Seeds Technology,Graduate Studies in Natural Resources of the Cerrado
[5] Evangelical University of Goiás,Graduate Studies in Social, Technological and Environment Science
[6] University of Cambridge,Department of History and Philosophy of Science
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The Cerrado is one of the most important regions for agricultural development in the world and is the main productive breadbasket of the Americas. One of the main agricultural activities in the region is high-tech livestock. Cerrado soils are predominantly low in fertility, and arbuscular mycorrhizal fungi play a fundamental role in plant nutrition in this biome. Understanding the behavior of mycorrhizal fungi in the soil under pasture is essential for the development of more efficient and sustainable management practices. Thus, this work aims to verify the activity of arbuscular mycorrhizal fungi in different species of forage grasses cultivated in cerrado soil. To measure mycorrhizal activity, soil spore density factors and mycorrhizal colonization rates in roots of 14 forage grass genotypes were investigated. No significant differences were identified in spore density values between the investigated genotypes. Panicum maximum cv and Mombasa showed the lowest values of mycorrhizal colonization, and the highest values were found in the roots of Brachiaria decumbens. Among the identified genera associated with the rhizosphere of the genotypes studied, Gigaspora, Scutelospora and Sclerocysts are less frequent, which indicates that the association with these fungal genera is less recurrent than with the others.
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